Book a CallFLEET CHARGING
Fleet charging that stays on schedule, within real power limits
Tight depot windows, peak tariffs, and limited grid capacity can turn charging into the bottleneck that delays departures.
Voltic brings local, on-site energy control to fleet charging, so vehicles get the energy they need, on time, without exceeding site limits.
When schedules meet grid limits
At the depot, charging competes with site-level limits, shared loads, and time pressure. The hours that matter most are often the hardest to manage.
Vehicles must charge in tight windows, sometimes multiple times per day.Costs rise fast when many vehicles charge at once and peak tariffs apply.Grid capacity limits how many vehicles can charge simultaneously.Cloud-only control introduces operational risk during connectivity issues.Vehicles must be prioritized by routes, shifts, or operational criticality.When power decisions depend only on cloud connectivity, constraints are harder to manage in real time. With local, on-site energy control, limits are enforced where they apply, and charging outcomes become predictable.
VOLTIC FOR FLEETS
What changes with Voltic
Voltic enables predictable and controlled fleet charging by managing power and energy allocation locally on-site through Voltic Edge (EMS).
It supports smart prioritization based on operational needs and schedules, keeps depots within electrical constraints, and maintains reliable operations even during internet outages.
This is the practical difference between monitoring charging in the cloud and running charging as an operation: the safety-critical decisions happen where the constraints exist, on-site.
ON-SITE CONTROL
Built for predictable operations
Predictable depot charging comes down to a few fundamentals: limits must be enforced on-site, priorities must be respected, and operations must stay visible and manageable.
Local enforcement
Local EMS runs on-site and enforces electrical limits, even during connectivity loss.
Smart allocation
Power allocation can follow fleet priorities and schedules, not just basic fairness.
Fleet readiness
Fleet readiness is protected through prioritization and deadline-driven charging logic.
Cloud visibility
Cloud tools provide monitoring, configuration, billing, and multi-site visibility, with policies enforced locally.
PLATFORM
One solution, from on-site control to fleet operations
Voltic combines two tightly integrated systems. Local control remains the foundation. When connectivity is available, the cloud reflects operational data and configuration across the platform.
If connectivity is lost, on-site control continues to enforce site limits and keeps charging operations stable and safe.
Voltic Edge (EMS)
Local control inside the electrical infrastructure, handling load management, power optimization, and energy limits. Operates independently of cloud connectivity.
Voltic Cloud (CPMS)
Monitoring, configuration, analytics, billing, and multi-site management. Enhances visibility and workflows while energy logic remains on-site.
CAPABILITIES
How Voltic keeps depot charging under control
Load Management
Static, dynamic, and multi-level balancing that executes locally, keeping infrastructure safe regardless of connectivity.
Power Optimization
Allocates available power based on operational goals, priorities, and fleet schedules after safety limits are enforced.
Priority Allocation
Critical vehicles receive power first. Lower priority sessions adapt to remaining capacity within infrastructure limits.
Deadline Charging
Uses vehicle SoC and departure time to continuously recalculate power for predictable, schedulable outcomes.
Cost Control
Reduces peak demand charges through peak shaving and load shifting, leveraging BESS and solar where available.
Fleet Operations
Manage drivers, vehicles, RFID, access control, and fleet billing with invoicing, cost allocation, and reporting.
OUTCOMES
Operational results under real constraints
Need predictable fleet charging under real constraints? Let's talk.
Proof from U Center 2 in Bucharest: 56 stations under fixed power limits, zero outages, no grid upgrades.
Get the full case study (PDF)